Appleton EDSC175F2A

Appleton Contender EDSC175F2A 1-Gang Feed-Through Sealed Tumbler Switch Control Station, 120/277 VAC, 20 A, NEMA 3/7CD/9EFG NEMA Rating
Wall Plates
7567463 EDSC175F2A
Appleton
$0.00 / ea

  • Actuator: Front Operated Lever
  • Amperage Rating: 20
  • Dimensions: 6.13 in H x 3 in W x 4.69 in D
  • Finish: Triple Coated
  • Material: Aluminum
  • Mounting Type: Surface
  • Nema Rating: NEMA 3/7CD/9EFG
  • Number of Poles: 2
  • Series: EDS
  • Type: 1-Gang Feed-Through Sealed
  • Voltage Rating: 120/277
Appleton Contender Tumbler Switch Control Station, 1-Gang Feed-Through Sealed, Series: EDS, 120/277 VAC, 20 A, 2 Pole, Front Operated Lever Actuator, NEMA 3/7CD/9EFG, Surface Mounting, Aluminum, Triple Coated, 6.13 in H x 3 in W x 4.69 in D Dimensions
  • Features
  • Enclosures have external mounting lugs for ease of mounting
  • Smooth, rounded integral bushing in each hub protects conductor insulation
  • Enclosures furnished with internal ground screw
  • Factory sealed switches are designed to a UL Standard so that any arcing devices are contained within an explosionproof labyrinth switch (standard switch and sealing chamber on select models)
  • Tumbler switch devices are approved for installation without additional external sealing fittings
  • 20 A 4-way and all 30 A models utilize a switch enclosed in separate sealing chamber
  • Smooth double-face, accurately ground surfaces on sealing chamber flange mate with cover and body to provide positive flame-tight construction
  • Sealing chamber has prewired factory sealed pigtail leads to switch
  • Corrosion resistant, strong stainless steel hex head cap screws attach cover/body/sealing chamber assembly for approved flame-tight construction
  • Threaded stainless steel operating handle provides positive corrosion resistant operation
  • Choice of front operating or side rocker arm handle-each may be locked in ON or OFF position
  • Designed to prevent arcing of enclosed switches in ignitable atmospheres during connect and disconnect operation of lighting and light power loads